Saurabh G. Dhuri

312-***-****, acu6dk@r.postjobfree.com

LinkedIn: https://www.linkedin.com/in/saurabhdhuri CAD CAE Mechanical Design Product Development Educational Qualification

Masters in Mechanical Engineering (GPA – 3.60) (May 2016) Illinois Institute of Technology, Chicago, IL

Advanced Finite Element Methods Advanced CAD/CAE Advanced Manufacturing Fatigue & Fracture Reliability Engineering Bachelor in Mechanical Engineering (May 2013)

Goa University, India

Advanced Mechanics of Solids Finite Element Method Machine Design Operations and Project Management Mechatronics Software Skills

CAD Tools : Solidworks 2015(Part design, Sheet metal, Surface, Assembly), Inventor 2015, CATIA V5, Creo 2.0, Unigraphics NX CAE Tools : Altair (HyperMesh (Meshing), MotionView, OptiStruct, Hyperview), Abaqus, Ansys, Nastran, LS-Dyna, ANSA Projects

Summer Research Program : Design, Analysis and Optimization of a FSAE Car CAD modeller / FEA Analyst, IIT Motorsports Formula SAE Electric Suspension Team (Aug 2014- May2016)

Modelled the tubular frame, suspension rocker and upright in SOLIDWORKS

Performed Non-Linear static analysis for torsion, bending and shear load cases in ABAQUS obtained optimal tube thickness for chassis structure with respect to strength and stiffness by performing DOE study

Performed topology optimization study in OPTISTRUCT on the push rod suspension rocker and the upright, achieved a high factor of safety with almost 25% weight reduction, analysed the optimized CAD geometry to validate results

Designed the shock mounts in INVENTOR, analysed for service loads performing Non-Linear static analysis using ABAQUS, identified stress concentration regions

IFS(Infinite Solutions) Academy, Altair HyperWorks Professional training center, Pune, India Design Engineer Intern (September 2013)

Obtained the required section modulus for the point load and UDL load case analytically

Achieved a high factor of safety by choosing the appropriate “I” Section from PSG design data handbook, modelled the frame in SOLIDWORKS

Successfully verified the analytical results with the results from the Linear Static analysis of the frame performed in ANSYS Evaluation of yield stress at burst pressure at the weld bead of a Vibration Welded Pressure Vessel (November 2015)

Modelled quarter model in SOLIDWORKS, meshed in HYPERMESH and Axi-symmetric model in ABAQUS,

Generated Non-linear material model for poly-propelene, performed Non-Linear static analysis in ABAQUS

Deduced the failure criteria for the material at the weld bead by probing the yield stress value at the resin interface and suggested development of new material model

Personal hobby CAD modelling - Tesla Model S full drive train assembly (May 2016)

Modelled the full Tesla Model S drive train assembly in SOLIDWORKS

Generated the body surface using CATIA V5

CAD model link - https://grabcad.com/saurabh.dhuri-1 Reliability engineering analysis of a window air conditioner (April 2015)

Generated required design document keeping customer requirements into consideration

Obtained the Quality functions of the product and utilized available technology to maximize efficiency and safety

Performed DFMEA analysis on the compressor and condenser and suggested reliability enhancements

Evaluated the math model which completely describes the reliability mathematically and statistically & calculated the reliability Design of a Physical Therapy Equipment for Partial Paralysis Patient (December 2014)

Conceptualized and designed in SOLIDWORKS an equipment with 3 positions, a Walker, Bed & Wheelchair, which facilitates the rehabilitation of a partial paralysis patient at the same time being user friendly for the physiotherapist operator

CAD model link - https://grabcad.com/library/physical-therapy-equipment-for-partial-paralysis-patient-1 Redefined Personal Urban Mobility by Designing an Electric Three Wheeler (Undergraduate Senior year Project April 2013)

Conceptualized, designed and fabricated the compact design keeping in mind the narrow Indian roads

Generated full vehicle CAD assembly in SOLIDWORK, used frugal innovation to optimize costs and built the vehicle under $800

Range of 30-35 miles per charge, consumption of 2.25 units per charge, 15 Cents per charge cycle, charge time of 6 to 8 hours

CAD model link - https://grabcad.com/library/electric-three-wheeler-1

Certificates

Linear Static/Modal analysis using ANSYS Workbench, IFS Academy, Pune, India

SolidWorks CAD modelling, IMS CAD center, Goa, India